140XTS00209模块备件

140XTS00209

使用任何人机界面，如运行导体软件的工作站。
模拟输入模块错误
ASI模块错误通过FC报告给控制器
215用于模块错误，FC 216用于活动输入信道。
控制器通过模块指示ASI模块错误
处于执行模式时的状态。模块状态的字节1将指示错误，模块状态的二字节将指示错误
当存在ASI错误时，指示LIO（本地I/O）。
当FC 215中的规范S4设置为1时，控制器
如果FC 215检测到错误，将继续执行。模块
可以请求问题报告，以获取有关模块状态中指示的任何ASI模块错误的特定信息。当FC 215中的规范S4设置为零时
如果FC 215检测到错误，则控制器进入错误模式。如果
发生错误，模块状态字节1将指示错误，
字节2将指示LIO，字节3将指示特定错误。参考表6-2。例如，模拟输入参考误差由2表示，缺失I/O由
字节3中的3。
表6-2.模块状态（字节3）错误代码
错误
密码
错误
消息描述纠正措施
2.人工智能
参考
错误
指示FC 215块由于以下原因失败：
与IMASI23 A/D系统参考误差有关。
卸下IMASI23并重新插入。如果
错误再次出现，请更换IMASI23。
3.由于以下原因，FC 215块中指示的丢失I/O失败：
与的通信错误
IMASI23。
移除IMASI23，验证扩展器
总线dip分路，验证IMASI23模块地址与FC 215规格相同
S1.重新插入IMASI23并验证
适当的座位。如果错误再次发生，请调用
ABB自动化现场服务。
指示：检测到FC 215块
IMASI23错误。（IMASI23模块固件报告了
错误。）
错误消息和纠正措施
WBPEEUI240774A0 6-5
当控制器从配置模式转到执行模式时
如果存在配置错误，控制器将输入错误
模块状态的模式和字节三将指示五
配置错误-未定义输入。
如果控制器进入错误模式，模块状态字节3
可以包含2、3或5。2表示人工智能参考
错误，三表示缺少I/O，五表示配置错误-未定义输入。
如果控制器进入错误模式和模块状态字节
三个包含两个、三个或五个查看模块状态字节
4和5表示检测错误的功能代码的块号。块4包含两个高有效位，块5包含两个低有效位
5.配置
错误-
未定义
输入
指示：FC 215或FC 216
检测到功能代码通道
链接错误：
验证FC 215规格值和所有
链接的FC 216是正确的。
链路中FC 216块过多
（大于16个通道
为IMASI23定义）。
圆形链路、FC 216块
在中出现多次
频道链接列表1。
通道中的FC 216块
链接列表具有不同的模块
地址比链接的FC 215
块
中的块号不正确
频道链接列表1。
IMASI23信道号
定义不止一次（两次
FC 216具有相同的块
信道号）。
指示的FC 215具有不正确的
CJR区块编号。
验证FC 215规范S3指向
正确的块。
注：
1.链表是一系列链式功能代码块。FC 215是该系列中的一个块。：FC 215链接到多16个
FC 216块。
表6-2.模块状态（字节3）错误代码（续）
错误
密码
错误
消息描述纠正措施
6-6 WBPEEUI240774A0
错误消息和纠正措施
错误块。例如，如果字节4包含10和字节
则块1042包含错误。
有关模块状态的更多信息，请参阅相应的控制器说明。
错误示例
FC 215用于ASI模块，216用于活动信道需求
相同的地址。检查ASI开关S1上的地址；
FC 215中的地址，规范S1；规范S1和FC 216是相同的。
如果FC 216中的模块地址与FC 215中的不同，
当尝试转到时，控制器将进入错误模式
执行模式。错误将指示五（模块的字节三
状态/错误消息等于05）配置错误-未定义输入。
修改FC 215和相关FC 216中的地址
阻碍。FC 215规范S1中设置的ASI地址值
规范S1应与ASI模块匹配
S1上设置的地址。
使用人机界面更改配置
数据有关如何更改功能代码规范的程序，请参阅所用人机界面的相应说明。
控制器在模块状态中生成本地I/O错误
如果I/O扩展器总线未连接在ASI模块和控制器之间。验证总线是否连接到
MMU背板。
注：将FC 215、规格S4设置为零将导致控制器跳闸
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140XTS00209

140XTS00209

Use any human system interface such as a workstation running Conductor software.
Analog Input Module Errors
ASI module errors are reported to the controller through FC
215 for module errors and FC 216 for active input channels.
The controller indicates ASI module errors through module
status when in the execute mode. Byte one of the module status will indicate an error and byte two of the module status will
indicate LIO (local I/O) when there is an ASI error.
When specification S4 in FC 215 is set to one, the controller
will continue to execute if FC 215 detects an error. A module
problem report can be requested in order to get specific information about any ASI module error indicated in module status. When specification S4 in FC 215 is set to zero, the
controller enters error mode if FC 215 detects an error. If an
error occurs, module status byte one will indicate an error,
byte two will indicate LIO, and byte three will indicate the specific error. Refer to Table 6-2. For example, analog input reference error is indicated by a two and missing I/O is indicated by
a three in byte three.
Table 6-2. Module Status (Byte 3) Error Codes
Error
Code
Error
Message Description Corrective Actions
2 AI
Reference
Error
Indicated FC 215 block failed due
to an IMASI23 A/D system reference error.
Remove IMASI23 and reinsert. If
error recurs, replace the IMASI23.
3 Missing I/O Indicated FC 215 block failed due
to a communication error with the
IMASI23.
Remove IMASI23, verify expander
bus dip shunt, verify IMASI23 module address is same as FC 215 Spec
S1. Reinsert IMASI23 and verify
proper seating. If error recurs, call
ABB Automation field service.
Indicated FC 215 block detected
an IMASI23 error. (IMASI23 module firmware has reported an
error.)
Error Messages and Corrective Actions
WBPEEUI240774A0 6 - 5
When the controller goes from configure mode to execute mode
and there is a configuration error, the controller will enter error
mode and byte three of the module status will indicate a five for
configuration error - undefined input.
If the controller goes into error mode, module status byte three
may contain a two, three, or five. A two indicates AI reference
error, a three indicates Missing I/O, and a five indicates configuration error - undefined input.
If the controller goes into error mode and module status byte
three contains a two, three, or five, look at module status bytes
four and five for the block number of the function code detecting the error. Block four contains the two most significant digits and block five contains the two least significant digits of the
5 Configuration
Error -
Undefined
Input
Indicated FC 215 or FC 216
detected a function code channel
link error:
Verify FC 215 spec values and all
linked FC 216s are correct.
Too many FC 216 blocks in link
(greater than 16 channels
defined for IMASI23).
A circular link, an FC 216 block
appears more than once in the
channel link list1.
A FC 216 block in the channel
link list has a different module
address than the linked FC 215
block.
An incorrect block number is in
the channel link list1.
IMASI23 channel number
defined more than once (two
FC 216 blocks with the same
channel number).
Indicated FC 215 has an incorrect
CJR block number.
Verify FC 215 Spec S3 points to the
correct block.
NOTE:
1. Link list is a chained series of function code blocks. FC 215 is the first block in the series. FC 215 links to the first of up to 16
FC 216 blocks.
Table 6-2. Module Status (Byte 3) Error Codes (continued)
Error
Code
Error
Message Description Corrective Actions
6 - 6 WBPEEUI240774A0
Error Messages and Corrective Actions
error block. For example, if byte four contains a 10 and byte
five contains a 42, then block 1042 contains the error.
For more information on module status, refer to the appropriate controller instruction.
Error Example
FC 215 for the ASI module and 216 for the active channel need
the same address. Check that the address on ASI switch S1;
the address in FC 215, specification S1; and FC 216, specification S1 are the same.
If the module address in FC 216 is not the same as in FC 215,
the controller will enter error mode when attempting to go to
execute mode. The error will indicate five, (byte three of module
status/error message equal to 05) configuration error - undefined input.
Modify the address in FC 215 and the associated FC 216
blocks. The ASI address value set in FC 215, specification S1
and FC 216, specification S1 should match the ASI module
address set on S1.
Use a human system interface to change the configuration
data. For procedures on how to change a function code specification, refer to the appropriate instruction for the human system interface being used.
The controller generates a local I/O error in the module status
if the I/O expander bus is not connected between the ASI module and the controller. Verify that the bus is connected on the
MMU backplane.
NOTE: Setting FC 215, specification S4 to zero will cause the controller to trip
when the IMASI23 module fails. Changing specification S4 to a one causes the
controller to continue to operate if the IMASI23 fails or is missing.
If both the FCs 215 and 216 have the wrong address, the controller status will indicate a local I/O error. To correct this:
1. Remove the ASI module and change the setting of S1 to
match the controller configuration sett